KR102054062B1 - NFC-based system and device for supplying nutritional supplements - Google Patents

Abstract

In one embodiment, the user's first input information on body metabolism, the user's second input information on a disease, the user's third input information on a metabolic questionnaire, and the user's fourth on dietary nutrition. Acquiring the fifth input information of the user with respect to the input information and environmental nutrition, and combining at least one or more commercial nutrients of a plurality of commercial nutrients through big data analysis of the first input information to the fifth input information A server for generating a nutritional prescription; A communication for recognizing the user's manipulation to generate the first to fifth input information, to transmit the first to fifth input information to the server, and to receive the nutritional prescription from the server; terminal; A package packaging device disposed in a business space of one supplier and packaging the at least one commercial nutrient in an intake unit to generate a plurality of nutrient packages, and attaching a NFC (Near Field Communication) sticker to one surface of each nutrient package; And a plurality of nutrient packages are stacked and arranged inside the second layer portion, an NFC recognizer for obtaining package information stored in the NFC sticker is disposed on the first layer portion, and one of the plurality of nutrient packages is provided through the NFC recognizer. It provides a nutrient supply system including a nutrient supply device for detecting the discharge of the nutrient package, and transmitting the intake information for the at least one commercial nutrient to the communication terminal.

Description

NFC-based system and device for supplying nutritional supplements

This embodiment relates to a nutrient feeding technique.

There is an increasing number of people who consume nutrients—for example, vitamins, minerals, and so on—to supplement nutrients—nutrition supplements, which may be understood to include nutritional supplements.

There may be many things to consider in the intake of these nutrients, but among them, intake nutrients, intake dose, intake cycle, etc. are considered to be important considerations.

However, users who consume nutritional supplements currently on the market (hereinafter referred to as 'marketing nutritional supplements') are ingesting nutritional supplements that do not adequately reflect the three factors mentioned above: intake nutrients, intake doses, and intake cycles. Is the reality.

For example, users may purchase a commercial nutritional supplement and consume it as it is packaged. Since each commercial nutritional supplement is not manufactured according to individual characteristics, the daily user consumes excessive amounts of daily nutrients, The user may experience problems with under-ingestion of other daily nutrients.

The intake cycle is also a factor that is not well reflected to users. Currently commercial nutritional supplements are often bothered by oblivion or forgetting because there are no devices that can induce periodic intake. .
On the other hand, some of the background of the present invention is described in Korean Patent Publication No. 10-2014-0056676.

Against this background, the purpose of this embodiment is, in one aspect, to provide a technique for supplying a customized nutritional supplement to a user. And, in another aspect, the purpose of this embodiment is to provide a technique for managing the intake cycle of the nutrient.

In order to achieve the above object, an embodiment of the present invention provides a user's first input information on metabolic metabolism, the user's second input information on a disease, the third input information of the user on metabolic questions, and dietary nutrition. Acquiring the fifth input information of the user for the fourth input information and the environmental nutrition diagram of the user, and of the plurality of commercial nutrients through big data analysis for the first input information to the fifth input information A server for generating a nutritional prescription combining at least one commercial nutrient; A communication for recognizing the user's manipulation to generate the first to fifth input information, to transmit the first to fifth input information to the server, and to receive the nutritional prescription from the server; terminal; A package packaging device disposed in a business space of one supplier and packaging the at least one commercial nutrient in an intake unit to generate a plurality of nutrient packages, and attaching a NFC (Near Field Communication) sticker to one surface of each nutrient package; And a plurality of nutrient packages are stacked and arranged inside the second layer portion, an NFC recognizer for obtaining package information stored in the NFC sticker is disposed on the first layer portion, and one of the plurality of nutrient packages is provided through the NFC recognizer. It provides a nutrient supply system including a nutrient supply device for detecting the discharge of the nutrient package, and transmitting the intake information for the at least one commercial nutrient to the communication terminal.

In such a nutrient supply system, the NFC sticker attached to each nutrient package stores different serial numbers, and the nutrient supply device can check whether the at least one commercial nutrient is ingested through the serial number. .

The nutritional supply system further includes an artificial intelligence speaker linked to the server, wherein the server receives the intake information from the nutritional supply device and generates a medication guidance message generated based on the intake information. Can be printed as

Another embodiment is separated into a first layer portion and a second layer portion, the case where a plurality of nutrient packages are stacked and disposed inside the second layer portion-NFC (Near Field Communication) sticker is attached to one surface of each nutrient package -; An NFC recognizer arranged in contact with a partition between the first layer part and the second layer part to obtain package information stored in the NFC sticker; A display unit capable of displaying a plurality of states; Recognizing that the nutrient package of the plurality of nutrient package is discharged through the package information obtained through the NFC recognizer, if the discharge of the nutrient package is not recognized at the set medication time control unit for changing the state of the display unit ; And a communication unit for setting the medication time according to the medication guidance information received from the communication terminal of the user, and transmitting the intake information generated according to the package information to the communication terminal.

In this nutrient supply device, an outlet is formed under the front side of the second layer portion, the NFC sticker is attached to the opposite side of the outlet on the bottom of each nutrient package, the NFC recognizer is disposed close to the outlet, When the nutritional package is stacked, the NFC sticker may not be recognized, and the NFC sticker may be recognized in the process of discharging the nutritional package.

Users are not aware of the medical condition of the individual and rely on advertisements and promotions to consume nutritional supplements without specialized knowledge and suffer from maladaptation and side effects caused by misuse. According to this embodiment, this problem can be solved by supplying the nutritional supplement personally.

And every year, tens and millions of dollars are spent on health checkups, but compared to the amount of money invested every time, they only get advice from the obvious repertoire of quitting, drinking less, and exercising. These health screenings are less likely to have a preventive medical approach, which is likely to expose members of society to various metabolic syndrome risks. According to this embodiment, it is possible to enhance the prophylactic effect by prescribing an appropriate nutritional agent for each individual.

Meanwhile, there are about 400 kinds of nutritional drugs on the market, and large multinational companies dominated the market. However, if you analyze the cost of these commercial nutrients, the reality is that the actual cost of nutritional supplements is less than 10% due to advertising and promotion costs. This reality has been a factor in reducing the likelihood of nutrient intake by the underprivileged. According to this embodiment, it is possible to lower the supply price of nutrients by providing a supply system with a low advertising and publicity costs.

On the other hand, in the intake of nutrients, the periodic intake is important, according to the present embodiment, it is possible to receive a periodic alarm through the device loaded with the nutrients there is an effect that users can observe the intake cycle.

1 is a block diagram of a nutrient supply device according to an embodiment.
2 is a view showing the top and bottom of the nutrient package according to an embodiment.
3 is a diagram illustrating a configuration of a control apparatus according to an embodiment.
4 is a diagram illustrating an example in which package information of an NFC sticker is transmitted to a communication terminal of a user.
5 is a diagram illustrating an example of using an artificial intelligence speaker according to an embodiment.
6 is a block diagram of a nutrient supply system according to an embodiment.
7 is a flowchart of a nutritional supply method according to an embodiment.
8 is a first example of a personal information input screen displayed on a communication terminal according to an embodiment.
9 is a second example of a personal information input screen displayed on a communication terminal according to an embodiment.
10 is a third example of a personal information input screen displayed on a communication terminal according to an embodiment.
11 is a fourth example of a personal information input screen displayed on a communication terminal according to an embodiment.
12 is a fifth example of a personal information input screen displayed on a communication terminal according to an embodiment.
13 is a sixth example of a personal information input screen displayed on a communication terminal according to an embodiment.
14 is a seventh example of a personal information input screen displayed on a communication terminal according to an embodiment.
15 is an eighth example of a personal information input screen displayed on a communication terminal according to an embodiment.

Hereinafter, some embodiments of the present invention will be described in detail through exemplary drawings. In adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are assigned to the same components as much as possible even though they are shown in different drawings. In addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

In addition, in describing the component of this invention, terms, such as 1st, 2nd, A, B, (a), (b), can be used. These terms are only for distinguishing the components from other components, and the nature, order or order of the components are not limited by the terms. If a component is described as being "connected", "coupled" or "connected" to another component, that component may be directly connected to or connected to that other component, but there may be another configuration between each component. It is to be understood that the elements may be "connected", "coupled" or "connected".

1 is a block diagram of a nutrient supply device according to an embodiment.

Referring to FIG. 1, the nutrient supply device 20 may include a case 26, a control device 70, and the like.

The case 26 may be divided into a first layer part 22 and a second layer part 24, and a plurality of nutrient packages 10 may be stacked and disposed in the second layer part 24.

The plurality of nutrient packages 10 may be discharged through the discharge port 25 formed on the front lower side of the second layer portion 24. Hereinafter, for convenience of explanation of the arrangement direction of each configuration, the front direction of the nutrient supply device 20 is the first direction (X direction), and the right direction of the nutrient supply device 20 is the second direction ( Y direction), and the upper direction of the nutrient supply device 20 is defined as a third direction (Z direction).

According to this direction definition, the plurality of nutrient packages 10 are stacked in the third direction (Z direction) inside the second layer part 24 and discharged in the first direction (X direction) through the outlet 25. Can be.

The outlet 25 includes a semi-circular opening in the center, which can facilitate the flow of the user's finger.

Each nutritional package 10 is attached to the NFC sticker, the control device 70 can recognize the NFC sticker to confirm the discharge of each nutritional package (10).

The control device 70 may be disposed in the first layer portion 22. The control device 70 may include an NFC recognizer capable of recognizing an NFC sticker, and the NFC recognizer may be disposed in contact with the partition wall 23 between the first layer part 22 and the second layer part 24. have.

2 is a view showing the top and bottom of the nutrient package according to an embodiment. Figure 2 (a) is a top view of the nutrient package, Figure 2 (b) is a bottom view of the nutrient package.

Referring to FIG. 2, advertisement texts such as company logos or medication information related to medication may be displayed on the upper surface of the nutritional package 10. And, the NFC sticker 12 may be attached to the lower surface of the nutrient package 10.

The nutrient package 10 is discharged in the first direction (X direction), NFC sticker 12 may be attached to the opposite side to the discharge port when viewed in the first direction (X direction). Based on the center line CL1 parallel to the second direction (Y direction) in the nutrition package 10, the NFC sticker 12 on the bottom surface of the nutrition package 10 is far from the one-discharge outlet of the center line CL1. Can be attached biased to

3 is a diagram illustrating a configuration of a control apparatus according to an embodiment.

In FIG. 3, the outlet 25 and the nutrient package 10 are indicated by dotted lines to explain the arrangement relationship with the control device 70.

Referring to FIG. 3, the control device 70 may include an NFC recognizer 74, a display unit 78, a controller 72, a communication unit 76, and the like.

The NFC recognizer 74 may recognize the NFC sticker 12 attached to the nutrient package 10.

At least one package information may be stored in the NFC sticker 12, and the NFC recognizer 74 may recognize the package information to determine whether the nutrition package 10 is discharged.

The package information may include a serial number, which may be given differently for each NFC sticker 12. NFC recognizer 74 may recognize the serial number of the nutrition package 10 of the lowermost of the plurality of nutritional packages stacked, it can be recognized that the nutrition package 10 is discharged every time the recognized serial number is updated. have.

The package information may include information on the medication pill, medication time, nutrition type information, nutrition description information, nutritional side effect information, or link information of an online site from which the information may be obtained.

The package information recognized by the NFC recognizer 74 may be transferred to the controller 72.

The controller 72 may recognize that one nutrient package of the plurality of nutrient packages is discharged through the package information obtained through the NFC recognizer 74. In addition, the controller 72 may generate intake information according to the package information, and transmit the intake information to the communication terminal of the user through the communication unit 76.

Intake information may include, for example, information such as whether the intake at a predetermined time, the number of intakes, the intake time. The user can check whether the nutrient is ingested at an appropriate time by using the intake information received through the communication terminal.

The control unit 72 may set the medication time, and compares the medication time and the medication time is discharged, and if it is recognized that the nutrition package is not discharged within a predetermined range from the set medication time, it displays the state of the display unit 78 You can change it to provide an alarm to the user.

The control unit 72 may check and set the medication time in the package information obtained through the NFC sticker 12, or may set the medication time according to the medication guidance information received through the communication unit 76 from the user's communication terminal. have.

The display unit 78 may display a plurality of states, and may display the discharge state of the nutrient package according to the control signal of the controller 72. For example, the display unit 78 may be configured as an LED. The controller 72 sets the color of the LED to green when the nutrient package is discharged at an appropriate time point, and sets the color of the LED when the nutrient package is not discharged at the proper time point. Can be set to red.

The display unit 78 may display some of the package information for obtaining the NFC sticker 12. The package information may be transmitted to the communication terminal of the user through the communication unit 76.

Meanwhile, the NFC recognizer 74 may not recognize the NFC sticker 12 in the state in which the nutrient package 10 is stacked, and may recognize the NFC sticker 12 in the process of discharging the nutrient package 10.

In the stacked state, the NFC sticker 12 of the nutritional package 10 may be disposed on one side of the center line CL2 parallel to the third direction (Z direction)-far from the outlet 25, and the NFC recognizer 74. ) May be disposed on the other side of the center line CL2. Here, the center line CL2 may be the center line of the nutrient supply device.

According to this arrangement, the NFC sticker 12 and the NFC recognizer 74 in a state in which the nutrient package 10 is stacked are not able to communicate with each other.

On the other hand, the nutrient package 10 is discharged in the first direction (X direction), the NFC sticker 12 passes through the NFC recognizer 74 in this discharge process. NFC recognizer 74 may recognize the NFC sticker 12 in the process of discharging the nutritional package (10).

In this example, the control unit 72 may recognize that the nutrition package 10 is discharged every time the NFC recognizer 74 recognizes the NFC sticker 12.

4 is a diagram illustrating an example in which package information of an NFC sticker is transmitted to a communication terminal of a user.

Referring to FIG. 4A, the communication terminal 30 may obtain package information stored in the NFC sticker 12 through tagging of the NFC sticker 12 attached to the nutrient package 10.

Referring to FIG. 4 (b), the package information stored in the NFC sticker 12 may be read from the control device 70 through NFC communication. The control device 70 may transmit such package information to wired communication or wireless communication. Through the communication terminal 30 can be transmitted.

The communication terminal 30 may check the package information, generate medication information using the information included in the package information, and display the medication information on the screen.

5 is a diagram illustrating an example of using an artificial intelligence speaker according to an embodiment.

Referring to FIG. 5, the control device 70 may transmit information INFO, such as package information and intake information, to the server 40.

In addition, the server 40 checks the package information and / or intake information and generates a medication guidance message (MSG) based on this, and then the medication guidance message (MSG) to the artificial intelligence speaker 80 interoperating with the server 40. Can be sent. In addition, the AI speaker 80 may output such a medication guidance message (MSG) as a voice.

The medication guidance message (MSG) may include, for example, a medication time alarm for notifying a preset medication time, a medication delay alarm for notifying that medication has not been made at an appropriate time.

In addition, the medication guidance message (MSG) may include an explanation message related to the medication, such as a description of the medication method, a description of the properties of the nutritional agent, a description of the food that should not be eaten together.

On the other hand, the above-described nutrient package, nutrient supply device and the like can be used in the nutrient supply system. A nutritional supply system may be understood as a set of devices involved in the whole process of nutritional prescription, nutritional preparation, nutritional packaging, nutritional supply, nutritional medication, and so on. Explain.

6 is a block diagram of a nutrient supply system according to an embodiment.

Referring to FIG. 6, the nutrient supply system 100 may include a server 40, a communication terminal 30, a package packaging device 60, a nutrient supply device 20, and the like.

The user may input personal information PD through the communication terminal 30 and check the prescription information PS for the nutritional information through the communication terminal 30.

The communication terminal 30 may recognize a user's operation and may transmit personal information PD generated by the user's operation to the server 40.

The personal information PD may include information for identifying the user's identity (eg, name, address, etc.), gender information of the user, age information of the user, and the like. And, the personal information (PD) is the user's first input information about the body metabolism, the user's second input information on the disease, the user's third input information on the metabolic questionnaire, the user's fourth on the dietary nutrition And fifth input information of the user regarding the input information and the environmental benefit map. Specific examples of the personal information PD will be described later with reference to FIGS. 8 to 15.

The server 40 may receive the personal information PD from the communication terminal 30 and generate the prescription information PD including the nutritional prescription through analysis of the personal information PD.

The server 40 may generate a nutritional prescription by combining at least one commercial nutritional agent among a plurality of commercial nutritional agents. The server 40 may include a commercial nutrient database of ingredients and doses of a plurality of commercial nutrients, and may generate nutritional prescriptions using information obtained from such a commercial nutrient database.

The operator operating the server 40 may supply the nutrition indirectly through a separate supplier (for example, a pharmacy, etc.) without directly preparing the nutrition. At this time, since the nutritional prescription produced by the server 40 is composed of a combination of commercial nutritional supplements, all operators selling commercial nutritional supplements can manufacture nutritional supplements according to the nutritional prescription.

The server 40 may transmit the prescription information PS including the nutritional prescription to the provider terminal 50. The server 40 may include a supplier database that stores information about a plurality of suppliers, and may select one of the plurality of suppliers using information obtained from the supplier database.

If there is a sales area assigned to each supplier, the server 40 may select a supplier covering the user's delivery address and transmit the prescription information PS. In the case of short-range assignment, the server 40 may further receive delivery address information from the communication terminal 30 and select one provider corresponding to a location close to the delivery address included in the delivery address information among the plurality of suppliers.

The server 40 transmits the delivery address information together with the prescription information PS to the provider terminal 50, so that the supplier can properly deliver the packaged nutritional supplement to the user.

The package packaging device 60 may be disposed in the business space of the supplier. In addition, the package packaging device 60 may generate a plurality of nutritional package 10 by packaging at least one commercial nutritional agent selected by the nutritional prescription in an intake unit.

The package packaging device 60 stores some or all of the information contained in the prescription information PS or the medication information generated according to the prescription information PS in an NFC sticker, and stores the NFC sticker on each nutrition package 10. Can be attached to one side.

The nutrient package 10 may be stacked on the nutrient supply device 20 used by the user after being delivered to the user's delivery address.

The nutrient package 10 may be stacked and disposed inside the nutrient supply device 20. In addition, the user may extract and consume one nutrient package 10 of the plurality of nutrient packages 10 stacked.

The nutritional supplement supply device 20 may detect whether the nutritional supplement package 10 is ingested through NFC communication. The nutrient supply device 20 may include an NFC recognizer disposed below. In addition, the nutrient supply device 20 may detect the discharge of the nutrient package 10 through the NFC recognizer. In addition, the nutrient supply device 20 may transmit the intake information (IG) generated through the detection of the NFC recognizer to the communication terminal (30).

7 is a flowchart of a nutritional supply method according to an embodiment.

Referring to FIG. 7, a user may input personal information through a communication terminal (S700). Such personal information may be transmitted to the server through a communication terminal.

Then, the server may generate a nutritional prescription combining at least one or more commercial nutrients from a plurality of commercial nutrients through big data analysis on the received personal information (S702).

In operation S704, the server may select one of a plurality of suppliers. The server may further receive delivery address information from the communication terminal. In this case, the server may select one supplier corresponding to a location close to the delivery address included in the delivery address information among the plurality of suppliers.

Then, the server may transmit the nutritional prescription and delivery destination information to the terminal of the supplier (S706).

In addition, the package packaging device of the supplier associated with the terminal of the supplier may generate a plurality of nutritional packages by packaging at least one commercial nutritional agent manufactured according to the nutritional prescription in an intake unit (S708).

In addition, the user may receive the periodic alarm from the nutrient supply device and consume the nutrients packaged in the nutrient package (S710).

8 is a first example of a personal information input screen displayed on a communication terminal according to an embodiment.

Referring to FIG. 8, the communication terminal may display three questions for obtaining basic information of the user.

For example, the communication terminal may display the first question, "You are preparing for a healthy future, what is your name?" The information received in response to the first question may be used to identify the user.

The communication terminal may display the second question, "What is your gender?" The second question can be used for nutritional prescription by gender.

The communication terminal may ask the third question, "You are smart, how old are you?" The third question can be used for nutritional prescription according to age.

The server may perform nutritional prescription through big data analysis using the first to third questions. For example, when nutrient information insufficient for each age is obtained from the big data, the server may generate a nutrient prescription to match the nutrient insufficient for the corresponding age. As another example, when nutrient information insufficient for each gender and age is obtained from the big data, the server may generate a nutritional prescription according to the nutrient insufficient for the gender and age.

9 is a second example of a personal information input screen displayed on a communication terminal according to an embodiment.

Referring to FIG. 9, the communication terminal may display the metabolic question "What are the two priorities you need now?" The body metabolic question may further display the first option to choose between immunity, fatigue, stress, nutrition, blood circulation, brain development, and menopause.

The first input information of the user may be obtained by replying to the body material metabolic question displayed on the communication terminal.

The server may perform nutritional prescription through big data analysis using the first input information. For example, the server may check nutrient information suitable for each body metabolism in the big data, and generate a permanent prescription suitable for the nutrient information. Alternatively, the server may store the appropriate nutrient information for each body substance metabolism according to the judgment of the professional medical team, and may generate a permanent prescription suitable for the nutrient information.

10 is a third example of a personal information input screen displayed on a communication terminal according to an embodiment.

Referring to FIG. 10, the communication terminal may display a disease question, "Please select the two diseases that you are most concerned about?" The disease question may further display a second view item for selecting two items: liver recovery, eye health, blood circulation improvement, skin health, bone health, digestion, and diet.

The second input information of the user may be obtained by replying to the disease question displayed on the communication terminal.

The server may perform nutritional prescription through big data analysis using the second input information. For example, the server may identify nutrient information suitable for each disease in the big data and generate a zero prescription prescription suitable for the nutrient information. Alternatively, the server may store the appropriate nutrient information for each disease according to the judgment of the medical team, and may generate a prescription for the appropriate nutrient information.

11 is a fourth example of a personal information input screen displayed on a communication terminal according to an embodiment.

Referring to FIG. 11, the communication terminal may display a metabolic questionnaire. The third input information of the user may be obtained by replying to the dialogue questionnaire displayed on the communication terminal.

Metabolic questions may include detailed questions about immunity, fatigue, stress and energy. The detailed question may include a third view item having six steps.

For example, the immunity question may include a six-step view that displays "feeling cold often" and "not so", and the fatigue question feels like "not refreshing in weather" and "not". It can include a six-step view that displays, and the stress question can include a six-step view that displays "feeling stress build up" and "not so", and energy questions "exhaust quickly" and " And a six-step view that displays "No".

The server may generate nutritional prescriptions by determining the insufficient nutrients in each step in response to the detailed question according to big data analysis or judgment information of the medical team.

12 is a fifth example of a personal information input screen displayed on a communication terminal according to an embodiment.

Referring to FIG. 12, the communication terminal may display a dietary nutrition question. The fourth input information of the user may be obtained by replying to the dietary nutrition question displayed on the communication terminal.

Dietary nutrition questions can be subdivided into the following examples. For example, the dietary nutrition questions include "1. How much seafood do you eat a week?", "2. How much meat do you eat a week?", "3. How much fruit or vegetables do you eat a week?", And "4. How much dairy do you eat per day? " And detailed questions.

The server may generate a nutritional prescription by determining the insufficient nutrient for each answer of the detailed question according to the big data analysis or the judgment information of the medical staff.

13 is a sixth example of a personal information input screen displayed on a communication terminal according to an embodiment.

Referring to FIG. 13, the communication terminal may display an environmental nutrition question. The fifth input information of the user may be obtained by replying to the environmental nutritional question displayed on the communication terminal.

Environmental nutrition questions can be subdivided into the following examples. For example, the question of environmental nutrition asks, "1. Do you look at your computer screen for at least 3 hours a day?", "2. Do you drink more than 5 drinks a week?", And "3. How much do you exercise a week? " And detailed questions.

The server may generate a nutritional prescription by determining a deficiency nutrient for each answer of the detailed question according to big data analysis or decision information of the medical team.

14 is a seventh example of a personal information input screen displayed on a communication terminal according to an embodiment.

Referring to FIG. 14, the communication terminal may further display an allergic question “Please let me know if you have any allergies”. In addition, the server may obtain the allergy information of the user by analyzing and understanding the phrase included in the answer to the allergy question, and may generate a nutritional prescription by excluding nutrients to be excluded according to the allergy information.

15 is an eighth example of a personal information input screen displayed on a communication terminal according to an embodiment.

Referring to FIG. 15, the communication terminal may further display a delivery address question, "Please inform the delivery address." In addition, the communication terminal may generate and transmit the delivery address information according to the reply to the delivery address question.

Based on the personal information obtained with reference to FIGS. 8 to 15, the server may generate a nutritional prescription. In addition, the package packaging apparatus may generate a plurality of nutritional packages by packaging commercial nutrients in an intake unit according to the nutritional prescription, and the user may periodically take out a plurality of nutritional packages arranged in the nutritional supply device. In this case, the nutrient supply device may include a structure for supporting the user to periodically take out the nutrient package.

Users are not aware of the medical condition of the individual and rely on advertisements and promotions to consume nutritional supplements without specialized knowledge and suffer from maladaptation and side effects caused by misuse. According to this embodiment, this problem can be solved by supplying the nutritional supplement personally.

And every year, tens and millions of dollars are spent on health checkups, but compared to the amount of money invested every time, they only get advice from the obvious repertoire of quitting, drinking less, and exercising. These health screenings are less likely to have a preventive medical approach, which is likely to expose members of society to various metabolic syndrome risks. According to this embodiment, it is possible to enhance the prophylactic effect by prescribing an appropriate nutritional agent for each individual.

Meanwhile, there are about 400 kinds of nutritional drugs on the market, and large multinational companies dominated the market. However, if you analyze the cost of these commercial nutrients, the reality is that the actual cost of nutritional supplements is less than 10% due to advertising and promotion costs. This reality has been a factor in reducing the likelihood of nutrient intake by the underprivileged. According to this embodiment, it is possible to lower the supply price of nutrients by providing a supply system with a low advertising and publicity costs.

On the other hand, in the intake of nutritional supplements, the periodic intake is important, according to the present embodiment, it is possible to receive a periodic alarm through the device loaded with the nutritional supplement has the effect of allowing the user to follow the intake cycle.

The terms "comprise", "comprise" or "having" described above mean that a corresponding component may be included unless specifically stated otherwise, and thus does not exclude other components. It should be construed that it may further include other components. All terms, including technical and scientific terms, have the same meanings as commonly understood by one of ordinary skill in the art unless otherwise defined. Terms commonly used, such as terms defined in a dictionary, should be interpreted to coincide with the contextual meaning of the related art, and shall not be construed in an ideal or excessively formal sense unless explicitly defined in the present invention.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

Claims (5)

First input information of the user for metabolism of the body, second input information of the user for the disease, third input information of the user for the metabolic questionnaire, fourth input information and environmental nutrition of the user on dietary nutrition Acquiring the fifth input information of the user for the diagram, and generating a nutritional prescription combining at least one or more commercial nutrients from a plurality of commercial nutrients through big data analysis of the first input information to the fifth input information. server;
A communication for recognizing the user's manipulation to generate the first to fifth input information, to transmit the first to fifth input information to the server, and to receive the nutritional prescription from the server; terminal;
A package packaging device disposed in a business space of one supplier and packaging the at least one commercial nutrient in an intake unit to generate a plurality of nutrient packages, and attaching a NFC (Near Field Communication) sticker to one surface of each nutrient package; And
The plurality of nutrient packages are stacked and disposed inside the second layer portion, the NFC recognizer for acquiring the package information stored in the NFC sticker is disposed on the first layer portion, one of the nutrient package of the plurality of nutrient packages through the NFC recognizer It includes a nutrient supply device for detecting the discharge of the package, and transmitting the intake information for the at least one commercial nutrient to the communication terminal,
Further comprising a supplier terminal for receiving the prescription information including the nutritional prescription and the delivery address information for the user from the server,
The server,
Selecting the supplier terminal corresponding to the one supplier in a location proximate to the delivery location among the plurality of suppliers according to the information obtained from the supplier database storing information on the plurality of suppliers and the delivery address information; ,
The nutrient supply device,
The case separated into the first layer portion and the second layer portion, wherein the plurality of nutrient packages are stacked and disposed in the second layer portion, the NFC layer is disposed in contact with a partition wall between the first layer portion and the second layer portion, and the NFC Recognizing that the nutrient package of the plurality of nutrient package is discharged through the NFC recognizer to obtain the package information stored in the sticker, a display unit capable of displaying a plurality of states, the package information obtained through the NFC recognizer And setting the medication time according to the controller for changing the state of the display unit when the discharge of the nutrient package is not recognized at the set medication time, and the medication guidance information received from the communication terminal of the user. Including the communication unit for transmitting to the communication terminal the intake information generated according to,
Nutritional Supply System. The method of claim 1,
The NFC sticker attached to each nutrient package stores a different serial number,
The nutrient supply device,
Nutritional supply system for checking whether the intake of the at least one commercial nutrients through the serial number. The method of claim 1,
Further comprising an artificial intelligence speaker linked to the server,
The server receives the intake information from the nutrient supply device and outputs a medication map message generated on the basis of the intake information to the artificial intelligence speaker. delete The method of claim 1,
A discharge port is formed below the front surface of the second layer portion,
The NFC sticker is attached to the opposite side of the outlet on the bottom of each nutrient package,
The NFC recognizer is disposed in close proximity to the outlet, the nutrient package does not recognize the NFC sticker in the stacked state, the nutrient package in the process of discharging the nutrient package NFC nutrient supply system.

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